Liquid Argon Time Projection Chambers (LArTPCs) represent a particle detector technology that has been widely adopted in the field of high energy physics. Over the last two decades, LArTPCs have been increasingly used for studying neutrino-argon interactions with high calorimetric (energy) and spatial resolution. LArTPCs are already in use for a number of detectors; the most recent of these detectors, MicroBooNE [1]} and ProtoDUNE [2]}, represent a significant R&D effort which is underway to scale up the LArTPC detector technology by up to two orders of magnitude in physical detector size. This phasing approach is necessary in order to realize the future Deep Underground Neutrino Experiment (DUNE) [3]}, [4]}, which will feature the largest LArTPC detector to be ever constructed and operated at a deep underground location in Lead, South Dakota, in the United States, starting in \(\sim \) 2025.
